Motion refers to the change in position of objects over time, typically described by velocity and acceleration. In software and systems, motion concepts enable animation, physics simulations, and motion tracking by sampling positions across time, applying interpolation, easing, and damping to produce smooth transitions. Common uses include keyframe animation, real-time tracking of objects in video, and simulations that respond to forces, collisions, and constraints. Efficient handling of motion often relies on vector mathematics, temporal filtering, and data structures that maintain state across frames.

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Motion

Automates AI-driven workflows with time triggers and integrations.

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